CN101639610A - Digital photographic device and self-shoot guidance method - Google Patents
Digital photographic device and self-shoot guidance method Download PDFInfo
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- CN101639610A CN101639610A CN200810303312A CN200810303312A CN101639610A CN 101639610 A CN101639610 A CN 101639610A CN 200810303312 A CN200810303312 A CN 200810303312A CN 200810303312 A CN200810303312 A CN 200810303312A CN 101639610 A CN101639610 A CN 101639610A
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- G—PHYSICS
- G03—PHOTOGRAPHY; CINEMATOGRAPHY; ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ELECTROGRAPHY; HOLOGRAPHY
- G03B—APPARATUS OR ARRANGEMENTS FOR TAKING PHOTOGRAPHS OR FOR PROJECTING OR VIEWING THEM; APPARATUS OR ARRANGEMENTS EMPLOYING ANALOGOUS TECHNIQUES USING WAVES OTHER THAN OPTICAL WAVES; ACCESSORIES THEREFOR
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Abstract
The invention discloses a digital photographic device, comprising an image sensor, a memory, a processor and a prompt unit. The memory is stored with a self-shoot guidance system, the processor can execute the self-shoot guidance system, and the self-shoot guidance system comprises a self-shoot frame generation module, a human face detection module, a human face locking frame processing module anda processing module, wherein coordinate data of the self-shoot frame is internally preset in the self-shoot frame generation module; the human face detection module is used for detecting human face feature from images acquired from the image sensor so as to generate coordinate data of a human face identification frame; the human face locking frame processing module is used for determining coordinate data of the human face locking frame according to coordinate data of the human face identification frame; the processing module is used for comparing coordinate data of the human face locking frame with coordinate data of the self-shoot frame and causes the processor to generate corresponding result signal; and the prompt unit is used for receiving the result signal and sending out corresponding signals so as to prompt a user to find a better self-shoot position. The invention also provides a self-shoot guidance method of the digital photographic device.
Description
Technical field
The present invention relates to a kind of digital photographic arrangement and self-shoot guidance method thereof.
Background technology
When using traditional digital photographic arrangement to autodyne, the user tends to have following puzzlement: the relative position of this digital photographic arrangement and people's face when being difficult to determine to autodyne distance and auto heterodyne, thereby after causing photo to take, be difficult to reach the anticipation effect, tend to take back, take over, on the upper side, on the lower side or people's face bigger than normal.
Summary of the invention
In view of this, be necessary to provide a kind of digital photography system and the self-shoot guidance method thereof that can point out the user to obtain autodyning better position.
A kind of digital photographic arrangement, it comprises image sensor, storer, processor and Tip element.Described memory stores has the self-shoot guidance system, and described processor can carry out this self-shoot guidance system, and this self-shoot guidance system comprises: from the frame generation module, be preset with the coordinate data from frame in it; The human face detection module is used for detecting people's face feature to produce the coordinate data of recognition of face frame from the image that this image sensor is obtained; People's face locking frame processing module is used for determining that according to the coordinate data of this recognition of face frame people's face locks the coordinate data of frame; Processing module is used to contrast the coordinate data and the coordinate data of being somebody's turn to do from frame of this people's face locking frame, and makes this processor produce corresponding consequential signal.This Tip element be used to receive this consequential signal send the corresponding prompt signal with the prompting user seek better self-shoot.
A kind of self-shoot guidance method of digital photographic arrangement, it comprises:
Enter self-timer mode;
Detecting people face feature is to produce the coordinate data of recognition of face frame;
Determine the coordinate data of people's face locking frame according to the coordinate data of described recognition of face frame;
Relatively this people's face locks the coordinate data and the default coordinate data from frame of frame;
According to different comparative results, send the corresponding prompt signal and seek better self-shoot with the prompting user.
With respect to prior art, described digital photographic arrangement and self-shoot guidance method thereof make the user search out the better position of auto heterodyne by this comparison from the coordinate data of the coordinate data of frame and this people's face locking frame to produce the corresponding prompt signal, thereby take the photo of expectation.
Description of drawings
The hardware structure figure of the digital photographic arrangement that Fig. 1 provides for first embodiment of the invention.
The functional block diagram of the self-shoot guidance system that Fig. 2 provides for first embodiment of the invention.
Fig. 3 is from the position view of frame on display screen.
Fig. 4 is the position view of recognition of face frame on display screen.
Fig. 5 position view one of face locking frame on display screen of behaving.
Fig. 6 position view two of face locking frame on display screen of behaving.
Fig. 7 position view three of face locking frame on display screen of behaving.
Fig. 8 position view four of face locking frame on display screen of behaving.
Fig. 9 position view five of face locking frame on display screen of behaving.
The hardware structure figure of the digital photographic arrangement that Figure 10 provides for second embodiment of the invention
The functional block diagram of the self-shoot guidance system that Figure 11 provides for second embodiment of the invention.
The functional block diagram of the self-shoot guidance system that Figure 12 provides for third embodiment of the invention
Figure 13 is the process flow diagram of self-shoot guidance method provided by the invention.
Embodiment
The hardware structure figure of the digital photographic arrangement 100 that Fig. 1 provides for first embodiment of the invention.
This digital photographic arrangement 100 can or have the mobile terminal device of camera function for digital camera, Digital Video, and in the present embodiment, described digital photographic arrangement 100 is a digital camera.See also Fig. 1, this digital photographic arrangement 100, it comprises: image sensor 10, processor 20, storer 30 and Tip element 40 further comprise a display screen 60.Store self-shoot guidance system 50 in the described storer 30, described processor 20 can move described self-shoot guidance system 50.Described processor 20 adopts intelligent chips, can carry out read, functions such as calculating, signal output.In the present embodiment, described Tip element 40 is a voice alerting unit, as loudspeaker; Be understandable that described Tip element 40 can also be the light signal Tip element, as sending out the light emitting diode of different colours light.
Fig. 2 is the functional block diagram of the self-shoot guidance system 50 of described digital photographic arrangement 100, and described self-shoot guidance system 50 comprises: from frame generation module 52, and human face detection module 54, people's face locking frame processing module 56, and processing module 58.
Below in conjunction with Fig. 3 to Fig. 9, illustrate further the self-shoot guidance system that first embodiment of the invention provides.
When entering self-timer mode, this processor 20 is carried out this self-shoot guidance system 50.
In conjunction with Fig. 3, this processor 20 is carried out should be from frame generation module 52, according to the coordinate data D{d of default rectangle from frame 10d
1(x
D1, y
D1), d
2(x
D2, y
D2), d
3(x
D3, y
D3), d
4(x
D4, y
D4) show that on this display screen 60 rectangle is from frame 10d, wherein d
1(x
D1, y
D1), d
2(x
D2, y
D2), d
3(x
D3, y
D3), d
4(x
D4, y
D4) be respectively this four apex coordinates from frame 10d.
In conjunction with Fig. 4, this processor 20 is carried out this human face detection module 54, and detecting people face feature is to produce the coordinate data of recognition of face frame from the image that this image sensor 10 is obtained; If this human face detection module 52 detects i people's face feature to produce i recognition of face frame 10f from the image that this image sensor 10 is obtained
1, 10f
2..., 10f
iCoordinate data: 1F, 2F ..., iF, i are natural number.Wherein, 1F{1f
1(x
1f1, y
1f1), 1f
2(x
1f2, y
1f2), 1f
3(x
1f3, y
1f3), 1f
4(x
1f4, y
1f4), 2F{2f
1(x
2f1, y
2f1), 2f
2(x
2f2, y
2f2), 2f
3(x
2f3, y
2f3), 2f
4(x
2f4, y
2f4) ..., iF{if
1(x
If1, y
If1), if
2(x
If2, y
If2), if
3(x
If3, y
If3), if
4(x
If4, y
If4).Wherein, described recognition of face frame 10f
1, 10f
2..., 10f
iBe rectangle frame, if
1(x
If1, y
If1), if
2(x
If2, y
If2), if
3(x
If3, y
If3), if
4(x
If4, y
If4) be i recognition of face frame 10f
iFour apex coordinates.
In conjunction with Fig. 5, this processor 20 is carried out this people's face locking frame processing module 56, according to this i recognition of face frame 10f
1, 10f
2..., 10f
i Coordinate data 1F, 2F ..., iF compares computing and draws one and can contain described i recognition of face frame 10f
1, 10f
2..., 10f
iThe coordinate data C{c of rectangle people face locking frame 10c
1(x
C1=min{x
1f1, x
2f1..., x
If1, y
C1=max{y
1f1, y
2f1..., y
If1), c
2(x
C2=max{x
1f2, x
2f2..., x
If2, y
C2=y
C1), c
3(x
C3=x
C2, y
C3=min{y
1f3, y
2f3..., y
If3), c
4(x
C4=x
C1, y
C4=y
C3), and on this display screen 60, show this people's face locking frame 10c, and wherein, c
1(x
C1, y
C1), c
2(x
C2, y
C2), c
3(x
C3, y
C3), c
4(x
C4, y
C4) be four apex coordinates of this people's face locking frame 10c.
In conjunction with Fig. 5, this processor 20 is carried out this processing module 58 to contrast the coordinate data C and the coordinate data D that is somebody's turn to do from frame 10d of this people's face locking frame 10c, promptly, whether this processor 20 judges the height of this people's faces locking frame 10c and width simultaneously less than these height and the width from frame 10d, that is whether judges (y
C1-y
C4)＜(y
D1-y
D4) and (x
C2-x
C1)＜(x
D2-x
D1), if not, then this processor 20 sends first consequential signal, and this Tip element 40 receives these first consequential signals and sends the voice suggestion of " zooming out ", until (y
C1-y
C4)＜(y
D1-y
D4) and (x
C2-x
C1)＜(x
D2-x
D1) satisfy simultaneously.Should " zooming out " implication be: during auto heterodyne, the user oneself zooms out digital photographic arrangement 100 relatively.
In conjunction with Fig. 6, if (y
C1-y
C4)＜(y
D1-y
D4) and (x
C2-x
C1)＜(x
D2-x
D1), then this processor 20 is judged the left frame c of this people's face locking frame 10c
2c
3Whether be positioned at this left frame d from frame 10d
2d
3Right-hand, whether promptly judge (x
C2＞x
D2), if then this processor 20 sends second consequential signal, this Tip element 40 receives these second consequential signals and sends the voice suggestion of " moving to left ", until (x
C2＜=x
D2).Should " moving to left " implication be: during auto heterodyne, own relatively and this digital photographic arrangement 100 that moves to left of user.
In conjunction with Fig. 7, if (x
C2＜=x
D2), then this processor 20 is judged the left frame c of this people's face locking frame 10c
1c
4Whether be positioned at this left frame d from frame 10d
1d
4Left, whether promptly judge (x
C1＜x
D1), if then this processor 20 sends the 3rd consequential signal, this Tip element 40 receives the 3rd consequential signals and sends the voice suggestion of " moving to right ", until (x
C1＞=x
D1).Should " moving to right " implication be: during auto heterodyne, user's this digital photographic arrangement 100 that oneself moves to right relatively.
In conjunction with Fig. 8, if (x
C1＞=x
D1), then this processor 20 is judged the upper side frame c of this people's face locking frame 10c
1c
2Whether be positioned at this upper side frame d from frame 10d
1d
2The top, whether promptly judge (y
C1＞y
D1), if then this processor 20 sends the 4th consequential signal, this Tip element 40 receives the 4th consequential signals and sends the voice suggestion of " on move ", until (y
C1＜=y
D1).Should " on move " implication be: during auto heterodyne, move this digital photographic arrangement 100 on the user is own relatively.
In conjunction with Fig. 9, if (y
C1＜=y
D1), then this processor 20 is judged the lower frame c of this people's face locking frame 10c
4c
3Whether be positioned at this lower frame d from frame 10d
4d
3The below, whether promptly judge (y
C4＜y
D4), if then this processor 20 sends the 5th consequential signal, this Tip element 40 receives the 5th consequential signals and sends the voice suggestion of " moving down ", until (y
C4＞=y
D4).Should " moving down " implication be: during auto heterodyne, the user oneself moves down this digital photographic arrangement 100 relatively.If (y
C4＞=y
D4), then this processor 20 sends the 6th consequential signal, and this Tip element 40 receives the 6th consequential signal and sends the locking voice suggestion.
At this moment, the user promptly obtains preferable auto heterodyne position.
Be understandable that this Tip element 40 can also be the light Tip element, as seven look light emitting diodes, thereby this light Tip element can search out preferable auto heterodyne position by receiving the light prompting user that different consequential signals sends different colours.Such as red flare representative " zooming out ", green glow flicker representative " moving to left " etc.Be understandable that the implication of the cue of the light representative of different colours can be according to user or presetting of manufacturer and defines.
Digital photographic arrangement provided by the present invention produce the prompting of corresponding voice suggestion or light signal, thereby the better position that makes the user search out auto heterodyne is taken the photo of expectation by the comparison that coordinate data and people's face from frame lock the coordinate data of frame.
Referring to Figure 10 and Figure 11, the digital photographic arrangement 100a that second embodiment of the invention provides, its camera lens 70a is a zoom lens.The difference of the 50a of self-shoot guidance system of the digital photographic arrangement 100a that second embodiment of the invention provides and the self-shoot guidance system 50 of first embodiment is, the 50a of this self-shoot guidance system also comprises a camera adjusting module 51a, and it is used for camera lens 70a is adjusted to wide-angle side.Because if when camera lens 70a is in telescope end, in any case the user zooms out this digital photographic arrangement 100a, the indication range of people's face in display screen 60a all tends to surpass from frame, the auto heterodyne picture that makes the user obtain expecting.Therefore, when the user entered into self-timer mode, the 50a of this self-shoot guidance system was adjusted to wide-angle side with camera lens 70a, thereby can guarantee to autodyne the time, this camera lens 70a can not be in telescope end.
Referring to Figure 12, the 50b of self-shoot guidance system of the digital photographic arrangement that third embodiment of the invention provides, the difference of the 50a of self-shoot guidance system of itself and second embodiment is, the 50b of this self-shoot guidance system also comprises one from frame control module 53b, the user changes coordinate data from frame by this from frame control module 53b according to taking needs, and this processor (figure do not show) according to after changing from the coordinate data of frame behind the display screen display change from frame, thereby change size and location from frame.Present embodiment can make the user have higher shooting degree of freedom by changing these size and location from frame.
In conjunction with Figure 13 the self-shoot guidance method of a kind of digital photographic arrangement provided by the invention is described, this self-shoot guidance method may further comprise the steps:
Step S100: enter self-timer mode;
Step S101: with camera adjusting to wide-angle side;
In conjunction with Fig. 3, step S102: according to default coordinate data D{d from frame
1(x
D1, y
D1), d
2(x
D2, y
D2), d
3(x
D3, y
D3), d
4(x
D4, y
D4) generate a rectangle from frame 10c, wherein, d
1(x
D1, y
D1), d
2(x
D2, y
D2), d
3(x
D3, y
D3), d
4(x
D4, y
D4) be four apex coordinates of this rectangle from frame 10c, described from frame coordinate data D{d
1(x
D1, y
D1), d
2(x
D2, y
D2), d
3(x
D3, y
D3), d
4(x
D4, y
D4) can need according to user's use and adjust;
In conjunction with Fig. 4, step S103: detect i people's face feature to produce i recognition of face frame 10f
1, 10f
2..., 10f
iCoordinate data: 1F, 2F ..., iF, i are natural number.Wherein, 1F{1f
1(x
1f1, y
1f1), 1f
2(x
1f2, y
1f2), 1f
3(x
1f3, y
1f3), 1f
4(x
1f4, y
1f4), 2F{2f
1(x
2f1, y
2f1), 2f
2(x
2f2, y
2f2), 2f
3(x
2f3, y
2f3), 2f
4(x
2f4, y
2f4) ..., iF{if
1(x
If1, y
If1), if
2(x
If2, y
If2), if
3(x
If3, y
If3), if
4(x
If4, y
If4).Wherein, described recognition of face frame 10f is a rectangle frame, if
1(x
If1, y
If1), if
2(x
If2, y
If2), if
3(x
If3, y
If3), if
4(x
If4, y
If4) be i recognition of face frame 10f
iFour apex coordinates;
In conjunction with Fig. 5, step S104: according to this i recognition of face frame 10f
1, 10f
2..., 10f
i Coordinate data 1F, 2F ..., iF compares computing and draws one and can contain described i recognition of face frame 10f
1, 10f
2..., 10f
iThe coordinate data C{c of rectangle people face locking frame 10c
1(x
C1=min{x
1f1, x
2f1..., x
If1, y
C1=max{y
1f1, y
2f1..., y
If1), c
2(x
C2=max{x
1f2, x
2f2..., x
If2, y
C2=y
C1), c
3(x
C3=x
C2, y
C3=min{y
1f3, y
2f3..., y
If3), c
4(x
C4=x
C1, y
C4=y
C3), and this people's face of output locks frame 10c on this display screen, and wherein, c
1(x
C1, y
C1), c
2(x
C2, y
C2), c
3(x
C3, y
C3), c
4(x
C4, y
C4) be four apex coordinates of this people's face locking frame 10c;
In conjunction with Fig. 5, step S105: whether judge the height of this people's face locking frame 10c and width simultaneously less than these height and the width, i.e. (y more whether from frame 10d
C1-y
C4)＜(y
D1-y
D4) and (x
C2-x
C1)＜(x
D2-x
D1), if not, execution in step S106 then: send the voice suggestion of " zooming out ", until (y
C1-y
C4)＜(y
D1-y
D4) and (x
C2-x
C1)＜(x
D2-x
D1) satisfy simultaneously; Should " zooming out " implication be: during auto heterodyne, the user oneself zooms out digital photographic arrangement relatively;
In conjunction with Fig. 6, if (y
C1-y
C4)＜(y
D1-y
D4) and (x
C2-x
C1)＜(x
D2-x
D1), execution in step S107 then: the left frame c that judges this people's face locking frame 10c
2c
3Whether be positioned at this left frame d from frame 10d
2d
3Right-hand, promptly judge whether (x
C2＞x
D2), if, execution in step S108 then: send the cue of " moving to left ", until (x
C2＜=x
D2); Should " moving to left " implication be: during auto heterodyne, user's this digital photographic arrangement that oneself moves to left relatively;
In conjunction with Fig. 7, if (x
C2＜=x
D2), execution in step S109 then: the left frame c that judges this people's face locking frame 10c
1c
4Whether be positioned at this left frame d from frame 10d
1d
4Left, promptly judge whether (x
C1＜x
D1), if, execution in step S110 then: send the cue of " moving to right ", until (x
C1＞=x
D1); Should " moving to right " implication be: during auto heterodyne, user's this digital photographic arrangement that oneself moves to right relatively;
In conjunction with Fig. 8, if (x
C1＞=x
D1), execution in step S111 then: the upper side frame c that judges this people's face locking frame 10c
1c
2Whether be positioned at this upper side frame d from frame 10d
1d
2The top, promptly judge whether (y
C1＞y
D1), if, execution in step S112 then: send the cue of " on move ", until (y
C1＜=y
D1); Should " on move " implication be: during auto heterodyne, move this digital photographic arrangement on the user is own relatively;
In conjunction with Fig. 9, if (y
C1＜=y
D1), execution in step S113 then: the lower frame c that judges this people's face locking frame 10c
4c
3Whether be positioned at this lower frame d from frame 10d
4d
3The below, promptly judge whether (y
C4＜y
D4), if, execution in step S114 then: send the cue of " moving down ", until (y
C4＞=y
D4); Should " moving down " implication be: during auto heterodyne, the user oneself moves down this digital photographic arrangement relatively; If (y
C4＞=y
D4), execution in step S115 then: the cue of sending locking.
At this moment, the user has just searched out preferable auto heterodyne position.
Be understandable that this cue is voice suggestion or light signal prompting.
Self-shoot guidance method provided by the present invention produce the prompting of corresponding voice suggestion or light signal, thereby the better position that makes the user search out auto heterodyne is taken the photo of expectation by the comparison that coordinate data and people's face from frame lock the coordinate data of frame.
Those skilled in the art will be appreciated that; above embodiment only is to be used for illustrating the present invention; and be not to be used as limitation of the invention; as long as within connotation scope of the present invention, appropriate change and variation that above embodiment is done all drop within the scope of protection of present invention.
Claims (22)
1. digital photographic arrangement, it comprises image sensor, storer and processor, it is characterized in that, this digital photographic arrangement also comprises a Tip element, described memory stores has the self-shoot guidance system, and described processor can be carried out this self-shoot guidance system, and this self-shoot guidance system comprises:
From the frame generation module, be preset with coordinate data in it from frame;
The human face detection module is used for detecting people's face feature to produce the coordinate data of recognition of face frame from the image that this image sensor is obtained;
People's face locking frame processing module is used for determining that according to the coordinate data of this recognition of face frame people's face locks the coordinate data of frame;
Processing module is used to contrast the coordinate data and the coordinate data of being somebody's turn to do from frame of this people's face locking frame, and makes this processor produce corresponding consequential signal;
This Tip element be used to receive this consequential signal send the corresponding prompt signal with the prompting user seek better self-shoot.
2. digital photographic arrangement as claimed in claim 1 is characterized in that, this self-shoot guidance system also comprises the camera adjusting module, is used for camera adjusting to wide-angle side.
3. digital photographic arrangement as claimed in claim 2, it is characterized in that, the height and the width that lock frame when this people's face are not simultaneously less than these height and the width from frame, then this consequential signal is first consequential signal, and this Tip element receives this first consequential signal and sends the cue of " zooming out ".
4. digital photographic arrangement as claimed in claim 3, it is characterized in that, the height and the width that lock frame when this people's face are simultaneously less than these height and the width from frame, whether the left frame of then judging this people's face locking frame is positioned at this right-hand from the left frame of frame, if the left frame of this people's face locking frame is positioned at this right-hand from the left frame of frame, then this consequential signal is second consequential signal, and this Tip element receives this second consequential signal and sends the cue of " moving to left ".
5. digital photographic arrangement as claimed in claim 4, it is characterized in that, if the left frame of this people's face locking frame is not positioned at this right-hand from the left frame of frame, whether the left frame of then judging this people's face locking frame is positioned at this left from the left frame of frame, if the left frame of this people's face locking frame is positioned at this left from the left frame of frame, then this consequential signal is the 3rd consequential signal, and this Tip element receives the 3rd consequential signal and sends the cue of " moving to right ".
6. digital photographic arrangement as claimed in claim 5, it is characterized in that, if the left frame of this people's face locking frame is not positioned at this left from the left frame of frame, whether the upper side frame of then judging this people's face locking frame is positioned at this top from the upper side frame of frame, if the upper side frame of this people's face locking frame is positioned at this top from the upper side frame of frame, then this consequential signal is the 4th consequential signal, and this Tip element receives the 4th consequential signal and sends the cue of " on move ".
7. digital photographic arrangement as claimed in claim 6, it is characterized in that, if the upper side frame of this people's face locking frame is not positioned at this top from the upper side frame of frame, whether the lower frame of then judging this people's face locking frame is positioned at this below from the lower frame of frame, if the lower frame of this people's face locking frame is positioned at this below from the lower frame of frame, then this consequential signal is the 5th consequential signal, and this Tip element receives the 5th consequential signal and sends the cue of " moving down ".
8. digital photographic arrangement as claimed in claim 7, it is characterized in that, if the lower frame of this people's face locking frame is positioned at this below from the lower frame of frame, then this consequential signal is the 6th consequential signal, and this Tip element receives the 6th consequential signal and sends the locking cue.
9. digital photographic arrangement as claimed in claim 8 is characterized in that, described Tip element is a voice alerting unit.
10. digital photographic arrangement as claimed in claim 8 is characterized in that, described Tip element is for sending out the light emitting diode of different color light.
11. digital photographic arrangement as claimed in claim 10 is characterized in that, described cue is the light signal prompting.
12., it is characterized in that this self-shoot guidance system also comprises one from the frame control module as claim 9 or 11 described digital photographic arrangements, it is used to change this default coordinate data from frame.
13. the self-shoot guidance method of a digital photographic arrangement, it comprises:
Enter self-timer mode;
Detecting people face feature is to produce the coordinate data of recognition of face frame;
Determine the coordinate data of people's face locking frame according to the coordinate data of described recognition of face frame;
Relatively this people's face locks the coordinate data and default coordinate data from frame of frame;
According to different comparative results, send the corresponding prompt signal and seek better self-shoot with the prompting user.
14. the self-shoot guidance method as digital photographic arrangement as described in the claim 13 is characterized in that, the coordinate data of described relatively this people's face locking frame with should default coordinate data also comprise following substep from frame:
Whether judge the height of this people's face locking frame and width simultaneously less than these default height and the width, if then send the cue of " zooming out " from frame.
15. self-shoot guidance method as digital photographic arrangement as described in the claim 14, it is characterized in that, if the height of this people's face locking frame and width are simultaneously less than these default height and the width from frame, whether the left frame of then judging people's face locking frame is positioned at the right-hand of this default left frame from frame, if the left frame of this people's face locking frame is positioned at the right-hand of this default left frame from frame, then send the cue of " moving to left ".
16. self-shoot guidance method as digital photographic arrangement as described in the claim 15, if the left frame of this people's face locking frame is not positioned at the right-hand of this default left frame from frame, then relatively whether the left frame of this people's face locking frame is positioned at the left of this default left frame from frame, if the left frame of this people's face locking frame is positioned at the left of this default left frame from frame, then send the cue of " moving to right ".
17. self-shoot guidance method as digital photographic arrangement as described in the claim 16, it is characterized in that, if the left frame of this people's face locking frame is not positioned at the left of this default left frame from frame, then relatively whether the upper side frame of this people's face locking frame is positioned at the top of this default upper side frame from frame, if the upper side frame of this people's face locking frame is positioned at the top of this default upper side frame from frame, then send the cue of " on move ".
18. self-shoot guidance method as digital photographic arrangement as described in the claim 17, it is characterized in that, if the upper side frame of this people's face locking frame is not positioned at the top of this default upper side frame from frame, then relatively whether the lower frame of this people's face locking frame is positioned at the below of this default lower frame from frame, preset from the below of the lower frame of frame if the lower frame of this people's face locking frame is positioned at this, then send the cue of " moving down ".
19. the self-shoot guidance method as digital photographic arrangement as described in the claim 18 is characterized in that, if the lower frame of this people's face locking frame is not positioned at the below of this default lower frame from frame, then sends the locking cue.
20. the self-shoot guidance method as digital photographic arrangement as described in the claim 19 is characterized in that, described cue is voice suggestion or light signal prompting.
21. the self-shoot guidance method as digital photographic arrangement as described in the claim 20 is characterized in that, described default coordinate data from frame can need according to user's use and set.
22. the self-shoot guidance method as digital photographic arrangement as described in the claim 21 is characterized in that, after entering self-timer mode, with camera adjusting to wide-angle side.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008103033124A CN101639610B (en) | 2008-08-01 | 2008-08-01 | Digital photographic device and self-shoot guidance method |
| US12/331,440 US8081230B2 (en) | 2008-08-01 | 2008-12-10 | Image capturing device capable of guiding user to capture image comprising himself and guiding method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008103033124A CN101639610B (en) | 2008-08-01 | 2008-08-01 | Digital photographic device and self-shoot guidance method |
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| Publication Number | Publication Date |
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| CN101639610A true CN101639610A (en) | 2010-02-03 |
| CN101639610B CN101639610B (en) | 2011-03-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2008103033124A Expired - Fee Related CN101639610B (en) | 2008-08-01 | 2008-08-01 | Digital photographic device and self-shoot guidance method |
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| Country | Link |
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| US (1) | US8081230B2 (en) |
| CN (1) | CN101639610B (en) |
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|---|---|
| CN101639610B (en) | 2011-03-23 |
| US20100026872A1 (en) | 2010-02-04 |
| US8081230B2 (en) | 2011-12-20 |
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